The probe's operating frequency range is 10 kHz to 100 MHz. This probe is most efficient from about 15 kHz to 4 MHz. The 95236-1 probe cover the low frequency portion of RTCA/DO-160C RF conducted susceptibility requirements and MIL-STD-461D I MIL-STD-462D CS114 (10 kHz � Z MHz).

The Model 95236-1 probe has a 1.6" window, making it suitable for injecting current into most power or signal cables. (AWG 4/0 cable, good for several hundred Amps, is 12.7 mm (0.5 in) diameter, exclusive of insulation.) 100 Watts of cw RF power may be driven into the probe in the injection mode.

Electrical Specifications 95236-1 Current Probe

Frequency Minimum	10 kHz
Frequency Maximum	100 MHz
Maximum Power	100 W

Description 95242-1 Injection Probes

It enables testing to be performed which previously required the use of two separate injection probes, the ERA type 36A and 37A This is our most efficient injection device from 4 MHz to almost 600 MHz The 95242-1 probe covers the high frequency portion of RTCA/DO-160C RF conducted susceptibility requirements and MIL-STD-461D I MIL-STD-462D CS114 (5 MHz - 400 MHz). This injection probe is also suitable for injecting the required current waveforms of MIL-STD-461D limits CS115 and CS116 (for CS116, one of our lower frequency probes is required as well). Testing to British Defense Standard DEF STA 59-41, Part 3 is also supported by this model. When necessary, our 95235-1 injection probe has larger 2.625" window diameter, but is less efficient than the 95242-1. When calibrating the Calibration Jig coupled current vs. forward power into the injection probe, the combination of 95242-1 probe and 95241-1 Jig has an excellent low VSWR.

The Model 95242-1 probe has a 1.6" window, making it suitable for injecting current into most power or signal cables. (AWG 4/0 cable, good for several hundred Amps, is 12.7 mm (0.5 in) diameter exclusive of insulation.) 100 Watts of cw RF power may be driven into the probe in the injection mode.

Electrical Specifications 95242-1 Injection Probes

Frequency Minimum	2 MHz
Frequency Maximum	400 MHz
Maximum Power	100 W

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